Sentence examples for negative faults from inspiring English sources

Wrong operation: The participant took unnecessary steps or missed an operation, such as moving the wrong objects or utilizing extra clicks, although these negative faults did not impact the process critically.

Fault F1 is a negative inverted fault, and it is an extensional fault that formed during the Neogene.

Different directional methods are mentioned below: First method uses the phase angle difference between negative sequence fault current and fault voltage (( {phi}_1=angle {overline{I}}_{2mathrm{FSPT}}-angle {overline{V}}_{2mathrm{FSPT}} )).

The logic value of a positive directional fault is 1, and that of the negative directional fault is equal to −1, and 0 means there is no fault.

The slip distribution (Fig. 6a) is fairly similar to the one for the two-fault model (the left diagram of Fig. 4), but we can see a significant negative (reverse fault) slip on the southwestern part of the fault (Fig. 6b).

According to the fault identification logic, the protection unit at the rectifier side identifies a negative direction fault while the protection unit at the inverter side identifies a positive direction fault.

The value of ϕ 2 based on negative sequence fault and prefault current provided positive value for Fx side fault.

If the transient energy is negative, the fault direction is positive; if the transient energy is positive, the fault direction is negative.

The second method is the angle difference between negative sequence fault current and prefault current (ϕ 2 = ∠ Ī 2FSPT − ∠ Ī 2PFSPT) during SPT.

Of course, this might not be such a bad thing in itself: If all of your negatives and faults are projected into an inanimate object, it might ultimately make them easier to deal with.

As noted, the erosion rate data we used show a slightly positive correlation to distance to fault and a slightly negative correlation to fault density (Fig. 2c, d), but they are statistically insignificant.